Fire investigation Course

Lesson 1 • Safety at Fire Investigation Scenes

Addresses structural hazards, atmospheric dangers, and personal protective equipment requirements. Safety protocols are applied before any scene entry.

Lesson 2 • Fire Chemistry and Physics Basics

Introduces combustion chemistry, heat transfer, and fire behaviour fundamentals. Provides the scientific vocabulary used throughout the course.

Lesson 3 • The Fire Investigation Profession

Defines the scope, purpose, and history of fire investigation. Grounds students in professional standards before technical content is introduced.

Lesson 4 • Legal Framework and Authority

Covers the legal authority to investigate fires, including right of entry and evidence handling rules. Connects legal compliance to investigative validity.

Lesson 1 • Three-Dimensional Scene Capture

Introduces laser scanning and photogrammetry for precise scene reconstruction. These technologies produce measurable 3D models admissible in legal proceedings.

Lesson 2 • Field Notes and Written Records

Establishes standards for contemporaneous note-taking, observation logging, and report initiation. Accurate field notes form the backbone of the final report.

Lesson 3 • Photography Principles for Fire Scenes

Teaches photographic sequencing, exposure settings, and composition for fire scenes. Proper photography preserves evidence that physical collection cannot replicate.

Lesson 4 • Video Documentation Techniques

Explains structured video walkthroughs and narration practices for fire scenes. Video captures dynamic context that still images cannot convey.

Lesson 1 • Effects of Suppression on Patterns

Explains how firefighting operations alter, obscure, or create misleading burn patterns. Investigators must account for suppression effects before drawing conclusions.

Lesson 2 • Floor and Structural Burn Patterns

Covers burn patterns on floors, ceilings, and structural members as origin indicators. Structural damage analysis reveals fire intensity and duration at specific locations.

Lesson 3 • V-Patterns and Directional Indicators

Analyses V-shaped and inverted cone patterns on walls and surfaces. These patterns indicate fire travel direction and potential ignition points.

Lesson 4 • Introduction to Burn Pattern Analysis

Defines burn patterns and explains how fire dynamics produce them. Establishes the analytical framework applied in all subsequent pattern work.

Lesson 1 • Multiple Origin Scenarios

Addresses fires with multiple separate origins and the investigative significance of that finding. Multiple origins are a key indicator of incendiary fire.

Lesson 2 • Systematic Investigation Methodology

Introduces the scientific method as applied to fire investigation and the structured scene examination process. A systematic approach prevents premature conclusions.

Lesson 3 • Locating the Point of Origin

Focuses micro-level analysis on identifying the specific point where ignition occurred. Point-of-origin evidence directly supports cause determination.

Lesson 4 • Origin Conclusion and Reporting

Guides students in formulating and documenting a defensible origin conclusion. The origin conclusion anchors the entire cause determination process.

Lesson 1 • Ignition Source Analysis

Examines competent ignition sources and their physical evidence signatures at the origin. Identifying the ignition source is central to cause determination.

Lesson 2 • Classification of Fire Causes

Defines the four cause classifications and the criteria for each. Correct classification directs subsequent investigative and legal actions.

Lesson 3 • Accidental and Natural Cause Investigation

Covers common accidental and natural fire causes with their physical evidence signatures. Thorough accidental cause investigation prevents misclassification.

Lesson 4 • First Fuel and Ignition Sequence

Analyses the first fuel ignited and how it interacted with the ignition source. The ignition sequence must be physically plausible and evidence-supported.

Lesson 1 • Digital and Electronic Evidence

Addresses collection and preservation of digital evidence including surveillance footage and alarm data. Digital evidence requires specialised handling to prevent data loss.

Lesson 2 • Physical Evidence Collection Protocols

Covers proper tools, containers, and techniques for collecting fire debris and physical evidence. Incorrect collection methods contaminate or destroy forensic value.

Lesson 3 • Evidence Recognition at Fire Scenes

Trains students to identify physical, documentary, and trace evidence relevant to fire investigation. Evidence recognition precedes all collection activity.

Lesson 4 • Chain of Custody Procedures

Establishes documentation and transfer procedures that maintain evidence integrity from scene to lab. An unbroken chain of custody is essential for admissibility.

Lesson 1 • Fire Scene Indicators Beyond Accelerants

Examines non-accelerant incendiary indicators such as disabled suppression systems and removed valuables. A complete incendiary investigation considers all scene anomalies.

Lesson 2 • Forensic Laboratory Analysis

Explains laboratory techniques used to identify ignitable liquid residues in fire debris. Investigators must understand lab reports to interpret and present findings accurately.

Lesson 3 • Incendiary Conclusion Standards

Establishes the evidentiary threshold required to classify a fire as incendiary. Premature incendiary classification has serious legal and ethical consequences.

Lesson 4 • Accelerant Detection and Sampling

Covers field detection methods and laboratory sampling protocols for ignitable liquid residues. Proper sampling preserves accelerant evidence for forensic analysis.

Lesson 1 • Expert Witness Qualification

Covers the process of qualifying as an expert witness and the standards applied by courts. Expert qualification is based on education, training, and demonstrated experience.

Lesson 2 • Deposition and Trial Testimony

Prepares students for deposition and trial testimony through structure, demeanour, and cross-examination strategies. Effective testimony translates technical findings into clear evidence.

Lesson 3 • Structure of the Investigation Report

Defines the components, format, and writing standards of a complete fire investigation report. A well-structured report communicates findings to diverse professional audiences.

Lesson 4 • Report Review and Quality Assurance

Establishes peer review and quality assurance processes for investigation reports. Quality review reduces errors and strengthens the defensibility of conclusions.